'Forcing' presentation slideshows

715 views • 59 slides

Investigating Chemical Reactions

Investigating Chemical Reactions. N 2 O 4 (g) ? 2 NO 2 (g) Colorless brown. Closed Container: Reversibility. Groups of Molecules. A state of Dynamic Equilibrium. Initial: all NO 2. Equilibrium Concentrations. 2 NO 2 N 2 O 4.

646 views • 59 slides

Climate Forcing and Feedback

Climate Forcing and Feedback. Last time we looked at how to estimate the equilibrium temperature of a planet. Suppose now that something in the system changes (e.g. more energy comes from the sun or more energy is trapped by the atmosphere.)

606 views • 48 slides

Aerosols: What are the links with climate & How well are we modeling them?

Aerosols: What are the links with climate & How well are we modeling them?. W.D. Collins www.cgd.ucar.edu/~wcollins National Center for Atmospheric Research Boulder, Colorado Acknowledgements: A. Conley, D. Fillmore, J. Kiehl, P. Rasch, NSF, and NASA. IPCC 2001 Anthropogenic Forcings.

574 views • 48 slides

Chapter 10: Project Communications Management

Chapter 10: Project Communications Management. Information Technology Project Management Prof. Gadish CIS 490. Learning Objectives. Understand the importance of good communications in projects.

779 views • 43 slides

Canadian Report GODAE Ocean View Science Team June 2009

Fraser Davidson (1), Hal Ritchie (4,6) Greg Smith(1,4), Andry Ratsimandresy(1), Debbie Anne Power (1) Adam Lundrigan (1), Charles Hannah (2), Frederic Dupont (2), Dan Wright (2), Maud Guaracino (2), Denis Lefaivre (3), Pierre Pellerin(4), Mark Buehner (4),

540 views • 41 slides

Formal and Computer Models of C-K Design theory

1.43k views • 39 slides

Controlling Faraday waves with multi-frequency forcing

Controlling Faraday waves with multi-frequency forcing. Mary Silber Engineering Sciences & Applied Mathematics Northwestern University http://www.esam.northwestern.edu/~silber Work with Jeff Porter (Univ. Comp. Madrid) & Chad Topaz (UCLA),

663 views • 37 slides

Forcing Fields Derived from Arctic Surface Biases in CAM3

Forcing Fields Derived from Arctic Surface Biases in CAM3. Richard Grojahn and Linlin Pan Dept. of LAWR, Univ. of California, Davis With assistance from Grant Branstator and Joe Tribbia. Introduction.

479 views • 36 slides

David A. Ortland NorthWest Research Associates Charles McLandress University of Toronto

The role of the mean flow and gravity wave forcing in the observed seasonal variability of the migrating diurnal tide. David A. Ortland NorthWest Research Associates Charles McLandress University of Toronto. Main questions:.

418 views • 31 slides

Weather regimes

Weather regimes. Franco Molteni European Centre for Medium-Range Weather Forecasts. Outline. Introduction: Dynamical concepts Examples of recurrent flow patterns Historical overview Impact of external/boundary forcing on atmospheric regimes

511 views • 30 slides

Chapter 22

668 views • 29 slides

US GLOBEC Fundamental Discoveries and Surprises David Mountain

381 views • 27 slides

Didier Swingedouw LSCE, France

Large scale signature of the last millennium variability: challenges for climate models. Didier Swingedouw LSCE, France. The last millennium. Mann et al., Science , 2009. MCA / LIA (950-1250) / (1400-1700). Nina / Nino NAO+ / NAO-. Trouet et al., Science , 2009.

353 views • 25 slides

Transient paleo simulations and what we can learn from them

317 views • 23 slides

Relevance of climate change to air quality policy

Daniel J. Jacob. Relevance of climate change to air quality policy. with Kevin J. Wecht , Eric M. Leibensperger , Amos P.K. Tai, Loretta J. Mickley. and funding from EPRI, EPA, NASA. The reality of climate change. http://data.giss.nasa.gov/gistemp/. Global temperatures. Arctic sea ice.

358 views • 23 slides

Session on Simulating variability of air-sea CO2 fluxes

CarboOcean final meeting, Os, Norway, 5-9 October 2009. R. Matear (CSIRO, Hobart, Australia) : Impact of Historical Climate Change on the Southern Ocean Carbon Cycle J. Orr (LSCE, Gif-sur-Yvette, France) Effects of forcing and resolution on simulated variability of air-sea CO 2 fluxes.

343 views • 20 slides

Including albedo affects in IAM scenarios

Including albedo affects in IAM scenarios. KATE Calvin, ANDY Jones, Jae Edmonds, William Collins. 14 May 2014. PNNL-SA-97327. MOTIVATION. Quantifying the effect of land cover on climate: Results using GCAM & CESM. We run two scenarios: RCP 4.5 (UCT) and Rep 4.5 (FFICT)

255 views • 18 slides

Tim Fuller-Rowell, Mariangel Fedrizzi, Mihail Codrescu, Tomoko Matsuo, and Catalin Negrea

Prospects for real-time physics-based thermosphere ionosphere models for neutral density specification and forecast. Tim Fuller-Rowell, Mariangel Fedrizzi, Mihail Codrescu, Tomoko Matsuo, and Catalin Negrea. 2007 CHAMP/CTIPe Orbit Average Comparisons. 400 km.

347 views • 17 slides

Chris Forest, Andrei Sokolov, Peter Stone: MIT Myles Allen: University of Oxford

Chris Forest, Andrei Sokolov, Peter Stone: MIT Myles Allen: University of Oxford. Limitations of historical data records for constraining the properties of the climate system that are relevant for decadal and longer predictions. VTT Workshop, Asheville, NC October 27, 2003.

305 views • 17 slides